

Fiat-Pegged Cryptocurrency
Launching untraceable US dollar-pegged cryptocurrency with transaction privacy..
Blockchain transactions are publicly visible, and in spite of pseudo-anonymity, these transactions can be traced on Ethereum and Bitcoin. With the help of cryptographic techniques, we have built chains that can preserve transaction privacy, making it untraceable.
Blockchain’s security, decentralisation and scalability trilemma is well known. Based on our experience, layer 2 techniques such as sidechains, state channels and payment channels prove to be a good compromise between scale and decentralisation.
Decentralised apps may not be the present but indeed, are the future. Starting with a decentralised app does not always work as it needs a community to support it. We address this by building a private chain, to begin with, and move it to a public chain once the community is built.
Although cryptocurrencies are promising, they suffer from risks of high volatility in valuation. Fiat backed stablecoins are gaining traction as they minimise the risks. However, Stablecoins come with implementation challenges of integration with banks, transactions atomicity etc. We engage in building end-to-end blockchain solutions that address these complexities.
Launching untraceable US dollar-pegged cryptocurrency with transaction privacy..
Building a platform to maintain shopper profile on blockchain and providing personalized shopping experience..
Implementing a platform for retail investors to invest in real-estate funds using crypto-currencies..
Building a platform that automates software development required to launch an ICO on Ethereum network..
Developing a solution for a payment provider to store KYC data in blockchain..
Storing sensitive medical records securely and provide selective access..
The privacy of transactions comes at the cost of the transactions not being visible at all to any regulatory bodies. This paper aims to resolve this problem by allowing some authorized participants to view the transactions, while at the same time maintaining the privacy of the transactions from other regular users, including the validators.
In this paper, we discuss a solution that enables patient-driven interoperability of medical records on a public blockchain while maintaining privacy using new cryptographic constructs and truly giving up control to the general public.
In this blog, we argue that there is no point of storing the entire transaction log from the genesis in each validating node of a blockchain. We discuss on the following points - 1. Is it necessary to store the entire transaction log to validate transactions? 2. Is it more secure to store the transaction log than not storing it? 3. Is it possible to incentivize the validator nodes to store the log?
This paper proposes use of blockchain based decentralized application to enable IoT edge processing. It explains architectural components and overall solution for the usecase of video analytics at edge.
Enabling a banking service on app/cloud that automates user wealth, expenses, payments, documents, and philanthropy
A decentralized application (DApp) is a computer application that runs on a distributed computing system.
Blockchain BFT protocols provide a better way of achieving block consensus than the proof of work used in Bitcoin.
Any blockchain must organize the transactions in a linear order of the time of their execution, which may be different from their time of submission.